Student engineer & builder

I build practical devices and prototypes that solve real problems.

I create hardware and software projects that make everyday life a little better. From Arduino devices and custom 3D-printed parts to science experiments and product prototypes, I enjoy taking ideas from sketchbook to reality.

View my projects About me

Electronics Arduino & code 3D printing Biology Product design

Orange 3D-printed two-wheel robot car with an Arduino Uno, breadboard, and bundled jumper wires, photographed on a black cutting mat.
Electric Vehicle v2 · on the bench

Selected builds

Projects

Four hardware builds across two project lines — a maze-navigating robot and a small electric vehicle — each iterated through more than one version. Open any build to see the process, not just the finished photo.

v2 Demo Orange 3D-printed robot car with an extended front guide arm and an Elegoo Arduino Uno.

Robot Tour v2

Build on Robot Tour v1 by adding a front guide structure to reach and align with targets more reliably.

An Arduino-driven maze robot rebuilt with a wider 3D-printed front guide and reworked wiring. Demo clip included.

ARDUINO UNO · 2×DC GEAR MOTORS · FRONT GUIDE · 3D-PRINTED CHASSIS

ArduinoRobotics Navigation3D Printing
View project
v2 Compact orange 3D-printed electric vehicle with a genuine Arduino Uno, breadboard, and yellow-hub wheels.

Electric Vehicle v2

Make a smaller, tidier electric vehicle platform than v1 with a self-contained 3D-printed body.

A compact two-wheel-drive vehicle on a custom printed chassis, wired around an Arduino Uno and a breadboard.

ARDUINO UNO · 2×DC GEAR MOTORS · BREADBOARD · 3D-PRINTED BODY

ArduinoElectronics Motor Control3D Printing
View project
v1 Black-chassis robot car with stacked round decks, a GY-521 motion sensor module, and a battery pack.

Robot Tour v1

Create a first maze-navigating robot that can drive a planned route and turn accurately.

The original build on a stacked black chassis, using a GY-521 motion sensor for heading and turn control.

ARDUINO UNO · GY-521 IMU · 2×DC GEAR MOTORS · STACKED CHASSIS

ArduinoRobotics SensorsNavigation
View project
v1 Demo Video still of the first electric vehicle build driving on a desk.

Electric Vehicle v1

Get a first driving electric vehicle working end-to-end, from motors to control.

The first running prototype, documented with a short demo clip. Photos to be added.

ARDUINO · DC GEAR MOTORS · DEMO VIDEO

ArduinoElectronics Motor ControlPrototype
View project

About

A maker who learns by building the next version

I'm a student engineer and builder. I like problems I can hold in my hands — things that move, sense, or react — and I learn fastest by getting a rough version working, then improving it.

Most of what I make sits where electronics, code, and fabrication meet. I sketch an idea, wire up a prototype on a breadboard, print the parts I need, and keep revising until it behaves the way I pictured. The versions on this site (v1 → v2) are exactly that process in the open.

  • Engineering and how mechanical and electronic parts work together
  • Computer science and writing the code that controls hardware
  • Biology and science experiments
  • Arduino and electronics
  • 3D printing and fabrication
  • Product design and how a build feels to use
  • Experimentation and iterative improvement

Toolkit

Skills

The hands-on skills behind the builds. Edit any line in index.html to add, remove, or rename items as you learn new ones.

01 Hardware & electronics

  • Breadboard prototyping & wiring
  • DC gear motors & motor drivers
  • Sensors (e.g. GY-521 motion sensor)
  • Push buttons, power & battery wiring
  • Reading and following pin diagrams

02 Software & programming

  • Arduino (C/C++) sketches
  • Reading sensor data & driving motors
  • Debugging with the serial monitor
  • Simple control logic & timing

03 CAD & fabrication

  • 3D modelling custom parts
  • 3D printing chassis & mounts
  • Designing for fit, tolerance & assembly
  • Iterating printed parts between versions

04 Science & experimentation

  • Testing, measuring & comparing results
  • Isolating problems methodically
  • Documenting builds and changes
  • Biology & science experiments

Contact

Get in touch

Questions about a build, an idea to collaborate on, or just want to talk hardware? Send a message and I'll get back to you.